Strait of Hormuz: 9 commodities India tracks in 2026

Strait of Hormuz widens from oil shock to an input crisis

Commodity markets are being watched closely as conflict-linked disruptions around the Strait of Hormuz spread beyond crude and gas. The choke point is now affecting multiple industrial and farm inputs that sit deep inside supply chains. For India, the timing matters because the Kharif sowing season begins in June and fertiliser availability becomes a policy and logistics priority. The article’s central point is that Hormuz-linked disruption is no longer a single-commodity story. It is a multi-commodity squeeze that can lift import costs, strain subsidy bills, and disrupt manufacturing inputs. Traders may focus on gold and oil, but several lower-visibility inputs are increasingly important for India. The main risk is not just price volatility but physical availability and shipping delays.

Why the Strait of Hormuz is a global chokepoint

Nearly 20-25 percent of global seaborne crude trade is linked to the Hormuz region, making prolonged disruption a direct risk to fuel prices, freight costs, and inflation. Around 20 percent of global LNG trade also passes through the region, raising the odds of supply shocks in large consuming regions. The effects can cascade into fertiliser production costs, industrial operating costs, and consumer inflation through transport and power. The current situation is described as spreading far beyond energy markets as flows are disrupted. That matters for import-dependent economies such as India, where higher landed costs and delayed cargoes can quickly affect downstream sectors. The risk profile also differs by commodity because some have limited substitute routes or concentrated production.

Crude oil and condensates: the visible transmission channel

Crude oil remains the most visible pressure point because of its direct link to transport and household fuel prices. The article notes that any prolonged disruption could lift fuel prices and revive inflation pressures worldwide. It flags immediate risks for import-dependent economies such as India. The table in the source notes flows at a “trickle”, with a cited ~90% decline through the Strait for crude and condensates. Higher crude and freight costs tend to flow into logistics-heavy businesses and can pressure margins where passthrough is limited. For India, the sensitivity also shows up through broader inflation expectations.

LNG: power and fertiliser costs in the same supply chain

LNG is the second major energy channel, with around 20 percent of global LNG trade passing through the region. The article says supply shocks could pressure electricity grids in Japan, South Korea and Europe. It also highlights higher energy costs for fertiliser makers and industrial users, linking LNG disruption to farm-input inflation. The table notes LNG is “severely hit” and mentions force majeure being reported. Even when domestic demand is protected, global LNG tightness can lift benchmark prices and raise input costs for gas-linked production chains. That is why LNG disruption is closely tied to fertiliser economics.

Sulphur and sulphuric acid: a quieter stress point for India

Sulphur is presented as a serious but less visible constraint because it is the key raw material used to make sulphuric acid. Nearly 47 percent of global sulphur exports are tied to the Gulf region, and prices have reportedly tripled over the past year. The article also points to additional pressure from China’s move to restrict or halt exports of sulphuric acid. In 2025, China shipped 4.6 million metric tonnes of sulphuric acid, according to S&P Global Market Intelligence data cited in the report. A separate section in the provided text adds that the Gulf region accounts for over 45 percent of global sulphur exports and that nearly 60 percent of global sulphur demand comes from fertilisers. It also cites the Modern War Institute’s estimate that the Hormuz Strait handles roughly half of global seaborne sulphur flows, underlining the shipping concentration risk.

Helium: chips, AI hardware and MRI systems face supply risk

The disruption is also described as hitting advanced technology supply chains through helium. Roughly 30 percent of global high-purity helium supply comes from Qatar, and the table frames the exposure at ~30-38% of global output. Helium is used in semiconductor manufacturing for wafer cooling, carrier gas processes and leak detection. After attacks hit Qatar’s Ras Laffan industrial complex, Air Liquide’s Airgas subsidiary declared force majeure, signalling supply disruptions. The article flags that helium shortages could slow chip production, AI hardware deployment and medical imaging equipment such as MRI systems. This is a reminder that shipping disruption can affect high-value industries even when volumes are small.

Fertilisers under pressure: ammonia, urea and DAP

Ammonia is highlighted as a core feedstock for urea fertilisers, with shipping disruption through Hormuz potentially delaying supplies to major buyers such as India and Indonesia. The table cites ~24% of global ammonia exports linked to the region and notes shipment delays. DAP (phosphate fertiliser) is described as India’s most visible fertiliser vulnerability on the import side. A Down To Earth report cited in the article says Saudi Arabia alone accounts for more than 40 percent of India’s DAP supplies. Any delays or higher freight costs could directly affect Kharif crop planning. The article notes India has already raised nutrient-based subsidy rates for P&K fertilisers, with an estimated outlay of Rs 41,533.81 crore for the current Kharif season.

Industrial metals and plastics: aluminium, petrochemicals and naphtha

Beyond farm inputs, the article lists several industrial materials at risk. About 10 percent of global aluminium production is linked to Gulf producers, and disruption to UAE or Bahrain smelters could affect construction, automobiles, packaging and EV supply chains. The table estimates ~3.5 million tonnes at risk for aluminium and pegs exposure at ~10% of global production. In petrochemicals, around one-fourth of global polyethylene and polypropylene exports are tied to the region, with the table noting inventory depletion of 2-4 weeks. Naphtha is another key link, with nearly 44 percent of global naphtha flows tied to the region; disruptions can pressure plastic and chemical plants in India, China and wider Asia.

Why India is on edge before Kharif sowing

The article connects India’s risk to import dependence and the June sowing timeline. It states that nearly 70 percent of India’s urea imports come from Oman, Saudi Arabia, Qatar and the UAE. It also cites IFFCO official Rajneesh Pandey saying about 30-40 percent of India’s nitrogen supply passes through the Strait of Hormuz. The quoted warning is that disruption will push up prices, strain the subsidy bill and increase the government’s burden under the nutrient-based subsidy (NBS) regime. The sulphur-focused section adds that India imports a significant portion of its sulphur requirement largely for urea and phosphate fertilisers, creating another pathway to higher costs. It also cites Dun & Bradstreet estimating that over 44,000 companies have had at least one shipment affected since the fresh Iran conflict began on February 28.

Key data points from the report

Market impact: what changes for Indian businesses

The most immediate transmission channels for India are freight, energy input costs, and agricultural inputs ahead of June. Fertiliser supply risk sits at the centre because urea, ammonia, sulphuric acid inputs and DAP imports can all face higher costs or delays at the same time. The article explicitly flags subsidy stress under the NBS regime, supported by the cited P&K subsidy outlay of Rs 41,533.81 crore for the current Kharif season. For manufacturing, petrochemical feedstocks (naphtha) and polymers (PE/PP) matter because disruptions can hit packaging, appliances and electronics casings. Aluminium exposure matters for construction and auto supply chains, including EV-linked demand for metal and packaging. Helium disruption stands out for high-value industrial output like semiconductors and for healthcare equipment such as MRI systems. The combined effect described in the article is a widening supply shock that can raise input costs and tighten availability across categories.

Analysis: why these nine commodities matter more than headlines suggest

The report’s core insight is that Hormuz disruption travels through intermediate inputs that do not always receive headline attention. Sulphur and sulphuric acid are examples because they are essential to fertilisers and also used in metals processing and semiconductors, creating a cross-sector constraint. Helium is another example where a small-volume commodity can become a bottleneck for chips and medical imaging. Fertilisers have a seasonal urgency in India because sowing cycles do not wait for shipping to normalise. The DAP concentration risk is made clear by the cited dependence on Saudi Arabia for more than 40 percent of India’s DAP supplies. And the nitrogen chain risk is highlighted by IFFCO’s estimate that 30-40 percent of India’s nitrogen supply passes through the strait. Taken together, the commodity list shows why a regional shipping disruption can show up as broader cost pressure across farms, factories and hospitals.

What to watch next

The key near-term variables highlighted by the article are shipping continuity through the Strait, the duration of delays, and whether force majeure events expand. For India, fertiliser cargo timelines ahead of June will be closely tracked because the Kharif season is a fixed calendar event. Cost pressure on subsidies will also remain in focus under the nutrient-based subsidy framework. On the industrial side, any prolonged disruption in naphtha and polymers could show up quickly as inventory drawdowns, consistent with the report’s 2-4 week inventory depletion reference for petrochemicals. Helium supply updates linked to Qatar’s Ras Laffan complex will matter for semiconductor and medical equipment supply chains. The next actionable clarity is likely to come from shipping updates, supplier declarations, and any further policy adjustments to fertiliser support.